Line C is the largest and most complex network of commuter services in Paris and punctuality is a critical factor for the daily operation. The objective of the project is to identify the weakness and to verify, with the aid of a dynamic simulation , possible scenarios to increase the robustness of the timetable.
(in collaboration with TRENOLab)
The node of Lyon is the most complex of the entire France rail network.
The main goal for setting up this very big dynamic simulation model, which stretches from St Etienne to Geneva and Grenoble, is to have for the first time a complete modelisation taking in account all the operational constraints and details.
(in collaboration with TRENOLab)
On the long line Paris-Orleans-Limoges-Toulouse there are overlapping of national, regional and local rail service and the state of the infrastructure implies a very dense modernization plan. This analysis have to propose solutions to give more robustness to the operations and increase punctuality.
(in collaboration with TRENOLab)
The RER D connects the north and the south of Paris passing through the heart of the city. It is the longest RER line by distance and one of the busiest, carrying up to 615,000 passengers and operating 466 trains each day. We supports in the analysis of operations, evaluation of new service concent and improvement measures.
(in collaboration with TRENOLab)
Gare de Lyon is the second largest and busiest station in Paris, and the terminal of the TGV services to southern France. Through a series of improvements, the capacity of the station will be increase to accomodate the higher number of service.
Using its combination of analysis and stochastic simulation, we evaluated the effective potentials of the future station, as well as the benefits of each proposed investment.
(in collaboration with TRENOLab)
CDG Express will be the new fast connection between the airport Charles de Gaulle and the Paris city center. With an effective stochastic simulation of several perturbation and delay scenarios it was possible to verify the interactions between this new services, the RER B and the other regional trains. And also to estimate the future punctuality of CDG Express and propose possible mesures to improve the futureoperations.
(in collaboration with TRENOLab)
The existing Lugano-Ponte Tresa narrow-gauge single-track line will be transformed in tram line and extended to the city center of Lugano trought a new tunnel via the main railway station. We analized the proposed infrastructure layout considering the expected service frequency, optimised the operations and proposed many suggestion to increase the efficiency and the ponctuality.
Video of the future rolling stock below!
(in collaboration with TRENOLab)
In a few years the RER E will be extended form St Lazare to la Defense becoming a new rail service across Paris. With an accurate probabilistic simulation (that included also the entire Gare de l’Est and St Lazare) it was possible to optimise the integration of the new infrastructure and signalling system CBTC in the existing network in the north and the east of Paris.
(in collaboration with TRENOLab)
Developement of the agglomeration rail network and services (new lines, tunnel, improvement of the existing stations, ...).
Analysis and identification of possible optimisation for the next Swiss rail national investment step in 2035 (analisis of th Swiss Federal Railways propositions and evaluation).
Listening and understanding is the best way to support you and our passion for rail isyour guarantee
Because a well analised and understood problem is a problem already half solved
A complete vision of the railway system allows to quickly identify the most effective solutions
In the era of big data, simulation is now the only effective way of dealing with problems linked to the rail system.
Paris, Lyon - France
Paris, Marseille, Nantes - France
Bern - Switzerland
Basel - Switzerland
Giuliano Montanaro received in 1998 the Master of Science MSc at the Swiss Federal Institute of Technology of
Lausanne (Switzerland), with specialization in transportation network planning.
After a first experience in rail freight transport planning he joined in 2001 SMA and Partner AG, a Swiss consulting company European leader in rail transportation, traffic and operation planning based in Zurich. In 2003 he became a member of the Board and in 2009 CEO and Director of the Planning Department. Giuliano Montanaro's experience is founded on numerous successfully realized, directed and supervised regional, national and international rail projects in many European countries.
In 2012 Giuliano Montanaro created his own consulting company, specialized in rail transport and system. The name alius consulting (alius is a latin word meaning "other" or "something else") reflects the philosophy of the company: Combine in an innovative way a strong consulting and management experience with a deep technical knowledge in rail system.
Today alius consulting is specialized in timetable planning, analysis of the operations, performance modelling, timetable robustness evaluation and network design. Using the most performing probabilistic simulation process and tool allow to obtain high quality results with very high added values in a very short time.
Giuliano Montanaro was appointed in 2019 by the Swiss Federal Council member of the Railways Arbitration Commission, that ensure a non-discriminatory access to the rail network, and contribute to making Switzerland's railway system competitive.
alius consulting GmbH
Nordstrasse 87
8037 Zürich - Switzerland